The Neural Processing Unit (NPU) is a neurotechnology research initiative focused on translating brain activity into actionable cognitive outputs.

The project captures and processes neural and bioelectrical signals, transforming raw brain activity into structured commands and interpretable cognitive states. Its architecture is designed to bridge biological neural signals with digital systems, enabling direct interaction between the human brain and external computational or assistive platforms.

Operating at the intersection of neuroscience, bioelectronics, and advanced signal processing, the Neural Processing Unit enables real-time interpretation of cognitive intent without reliance on traditional physical input mechanisms.

Designed as a foundational cognitive infrastructure, the NPU addresses core challenges in neural signal decoding, cognitive data mapping, and reliable brain-driven output generation, positioning the project as a key building block for next-generation brain–computer interaction and neuroadaptive systems.